Domain: sourceforge.net
Stories and comments across the archive that link to sourceforge.net.
Comments · 31,462
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Start your (P2P) Engines...
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Start your (P2P) Engines...
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*calc are dying
Really, why bother, the dedicated calculator is dead. Just install EasyCalc and EasyStat which can do some pretty neat stuff for your Palm and you're all set. My Tungsten T3 has a 144Mhz ARM CPU, which is loads faster than anything dedicated calculators can offer and has a beautiful 320x480 16bit tft.
Plus there are loads of software for Palms that can do statistics, etc..
Too bad HP can't see it. Or maybe they can and they want to rip you off? After all, if you buy a Palm, all you have to do it upgrade your software to get new features. With this, you need to buy a new calc.
Talk about a rip-off if I ever saw one. -
Re:I've got an idea
Look at WASTE.
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News flash: Mac OS X is Unix.
You've taken a valid problem that only affects a very small number of users, and blown it way out of proportion.
>Apple laptops are effectively unusable for unix users.
It's a fairly safe argument that current Apple laptops are the among the most usable laptops ever made. Many, many articles have been written and awards given praising their excellent usability and design. They were specifically designed to run Apple's own Unix which ships preinstalled.
As far as I know there are no non-Unix operating systems that will run on directly on the hardware of current Apple laptops. (I'm lumping Linux in with Unix here.) I'm not 100% sure that somebody hasn't gotten AmigaOS or Be or something like that to run on current PB or iBook hardware, but even if they have, I doubt that there is even a single user in the whole wide world who uses anything like that as the primary OS on a current Apple laptop. It would be shocking indeed to find that they sold 157,000 PowerBooks and 217,000 iBooks last quarter if your claim that they were "effectively unusable" for all of their users were true.
>Apple is (currently) ignoring Unix users! This is not merely speculation on my part.
No, it's a misunderstanding on your part, apparently reinforced by a single Apple employee who is either spreading incorrect information or whom you misunderstood. For Apple to ignore all Unix users would be to ignore all of their Mac OS X users.
>Apple has been ignoring Unix users for more than 13 years.
Well, they must have ignored their A/UX users (I believe A/UX was discontinued about 9 years ago, which was when the AWS 95 was discontinued), and their Apple Network Server users as well (the ANS line was discontinued just over 7 years ago, and ran AIX), if your figure of 13 years is to be believed. I do agree that Apple is probably not paying a lot of attention to A/UX and Apple Network Server users lately.
In fact, all that your "more than 13 years" link shows is that there was somebody 13 years ago who wanted to remap his Mac's keyboard and didn't know how.
You make a huge leap in assuming that the majority of Unix users want their Ctrl and Caps Lock keys in the same place that you do, and that Apple's failure to reimplement their keyboard hardware interface proves that they are ignoring Unix users as a whole. The fact is, uControl fills this need for Mac OS X users.
If you have a genuine need to run OpenBSD or NetBSD on an Apple laptop, you could run it inside Bochs/WinTel or VirtualPC. I don't know of any good non-emulator virtualization layers for Mac OS X that are comparable to VMWare on x86; that is, ones that can run PPC on PPC without the overhead of emulation. (Panther has a Linux API compatibility layer, so it may be possible to compile User Mode Linux (which has been ported to PPC) so that you could run LinuxPPC on top of Mac OS X without emulation, but that doesn't get you OpenBSD or NetBSD.) However, since Mac OS X is Unix already, there isn't much need to run another PPC *nix on top of it, so I can understand why there don't seem to be any projects that provide this functionality. Likewise, I can see how Apple could be aware of the requirement that some users prefer that keyboard layout tweak, and could be satisfied with uControl + Mac OS X as the solution for that requirement. I'd like to hear what an Apple systems engineer or Apple Store "Genius" would have to say in response to your demand ("I want to run OpenBSD/NetBSD on one of your laptops instead of Mac OS X, so you have to re-engineer your keyboards to not use ADB anymore"). It would be pretty funny watching them try to be diplomatic in the face of such a request.
>How Unix friendly is a 1-button mouse with X prog -
News flash: Mac OS X is Unix.
You've taken a valid problem that only affects a very small number of users, and blown it way out of proportion.
>Apple laptops are effectively unusable for unix users.
It's a fairly safe argument that current Apple laptops are the among the most usable laptops ever made. Many, many articles have been written and awards given praising their excellent usability and design. They were specifically designed to run Apple's own Unix which ships preinstalled.
As far as I know there are no non-Unix operating systems that will run on directly on the hardware of current Apple laptops. (I'm lumping Linux in with Unix here.) I'm not 100% sure that somebody hasn't gotten AmigaOS or Be or something like that to run on current PB or iBook hardware, but even if they have, I doubt that there is even a single user in the whole wide world who uses anything like that as the primary OS on a current Apple laptop. It would be shocking indeed to find that they sold 157,000 PowerBooks and 217,000 iBooks last quarter if your claim that they were "effectively unusable" for all of their users were true.
>Apple is (currently) ignoring Unix users! This is not merely speculation on my part.
No, it's a misunderstanding on your part, apparently reinforced by a single Apple employee who is either spreading incorrect information or whom you misunderstood. For Apple to ignore all Unix users would be to ignore all of their Mac OS X users.
>Apple has been ignoring Unix users for more than 13 years.
Well, they must have ignored their A/UX users (I believe A/UX was discontinued about 9 years ago, which was when the AWS 95 was discontinued), and their Apple Network Server users as well (the ANS line was discontinued just over 7 years ago, and ran AIX), if your figure of 13 years is to be believed. I do agree that Apple is probably not paying a lot of attention to A/UX and Apple Network Server users lately.
In fact, all that your "more than 13 years" link shows is that there was somebody 13 years ago who wanted to remap his Mac's keyboard and didn't know how.
You make a huge leap in assuming that the majority of Unix users want their Ctrl and Caps Lock keys in the same place that you do, and that Apple's failure to reimplement their keyboard hardware interface proves that they are ignoring Unix users as a whole. The fact is, uControl fills this need for Mac OS X users.
If you have a genuine need to run OpenBSD or NetBSD on an Apple laptop, you could run it inside Bochs/WinTel or VirtualPC. I don't know of any good non-emulator virtualization layers for Mac OS X that are comparable to VMWare on x86; that is, ones that can run PPC on PPC without the overhead of emulation. (Panther has a Linux API compatibility layer, so it may be possible to compile User Mode Linux (which has been ported to PPC) so that you could run LinuxPPC on top of Mac OS X without emulation, but that doesn't get you OpenBSD or NetBSD.) However, since Mac OS X is Unix already, there isn't much need to run another PPC *nix on top of it, so I can understand why there don't seem to be any projects that provide this functionality. Likewise, I can see how Apple could be aware of the requirement that some users prefer that keyboard layout tweak, and could be satisfied with uControl + Mac OS X as the solution for that requirement. I'd like to hear what an Apple systems engineer or Apple Store "Genius" would have to say in response to your demand ("I want to run OpenBSD/NetBSD on one of your laptops instead of Mac OS X, so you have to re-engineer your keyboards to not use ADB anymore"). It would be pretty funny watching them try to be diplomatic in the face of such a request.
>How Unix friendly is a 1-button mouse with X prog -
Re:win32 client appears broken
No idea, but perhaps you should report that to them.
Are you sure you have the latest version of the GTK+ runtime for windows? Gaim 0.77 needs GTK+ 2.2.4 rev c. -
At least they didn't get any source...
...in those attacks, like they have in the numerous Microsoft leaks. Imagine the strife we'd be in if they stole the source to Debian!
But seriously, how shall I put this? ChkRootKit, TripWire, AIDE, FICC, ProSum, Toby, msec, Nessus, LSAT, Saint, LIDS and of course if you want totally proactive, try SELinux, Medusa DS9 or OpenWall. That's hardly an exhaustive list, but it does hit many of the highlights. Boy, youse bin livin in a monoculture too damn long! -
At least they didn't get any source...
...in those attacks, like they have in the numerous Microsoft leaks. Imagine the strife we'd be in if they stole the source to Debian!
But seriously, how shall I put this? ChkRootKit, TripWire, AIDE, FICC, ProSum, Toby, msec, Nessus, LSAT, Saint, LIDS and of course if you want totally proactive, try SELinux, Medusa DS9 or OpenWall. That's hardly an exhaustive list, but it does hit many of the highlights. Boy, youse bin livin in a monoculture too damn long! -
Freenet and MUTE?
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Freenet and MUTE?
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Re:The interesting part about PNG...
It is patent encumbered, but a license is granted for GPLed works. http://djvu.sourceforge.net/licensing.html
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For Linux users wanting a similar program...Check out Viking on SourceForge.
GTK-based program that will overlay tracks and waypoints onto TerraServer images. Development has been coming along nicely...
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Re:XML based MSIYes, it's not too bad.
However somebody did beat them to it a long while ago: Msi2Xml.
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Re:Other deserving games:
Parsec: A deathmatch space combat game reminiscient of a streamlined Freespace. It packs beautiful visuals and excellent sound effects (including full voiceover and original music). The gameplay isn't bad either [...]
Yeah, other than... there isn't any. The project has been completely adrift (har har) for nearly a year -- the last news entry, dated 5/5/2003, states:
"It is however work-in-progress, and not suitable for end-users. This is purely a developer release, and therefore some things are broken, incomplete or just plain missing. If you just want to play Parsec you will need to wait a bit longer. Compiling this release will not yield the long awaited Parsec Internet version."
The most recent build is from November 2001, and while users are able to connect to each other, it cannot be called a "game" by any stretch of the imagination.
Sorry to any Parsec developers (if they still exist) -- while I'd love a new king of the 3d-space shooter genre, Parsec isn't it... not now, and by the way the project looks, not ever. -
Other deserving games:
Cube: A remarkably compact and elegant first person shooter. Besides surprisingly good graphics, Cube features full networking and a server browser. It also sports some rudimentary single player support.
Parsec: A deathmatch space combat game reminiscient of a streamlined Freespace. It packs beautiful visuals and excellent sound effects (including full voiceover and original music). The gameplay isn't bad either and comes complete with LAN support.
Tenebrae: Based on the Quake 1 sorce code, this is a remarkable graphical modification. Now supporting bump-mapping, per-pixel lighting, and greater model polycounts, Quake is scarier than ever before. Tenebrae is now being developed into a standalone engine (T2) and a game entitled Industri. -
Other deserving games:
Cube: A remarkably compact and elegant first person shooter. Besides surprisingly good graphics, Cube features full networking and a server browser. It also sports some rudimentary single player support.
Parsec: A deathmatch space combat game reminiscient of a streamlined Freespace. It packs beautiful visuals and excellent sound effects (including full voiceover and original music). The gameplay isn't bad either and comes complete with LAN support.
Tenebrae: Based on the Quake 1 sorce code, this is a remarkable graphical modification. Now supporting bump-mapping, per-pixel lighting, and greater model polycounts, Quake is scarier than ever before. Tenebrae is now being developed into a standalone engine (T2) and a game entitled Industri. -
Other deserving games:
Cube: A remarkably compact and elegant first person shooter. Besides surprisingly good graphics, Cube features full networking and a server browser. It also sports some rudimentary single player support.
Parsec: A deathmatch space combat game reminiscient of a streamlined Freespace. It packs beautiful visuals and excellent sound effects (including full voiceover and original music). The gameplay isn't bad either and comes complete with LAN support.
Tenebrae: Based on the Quake 1 sorce code, this is a remarkable graphical modification. Now supporting bump-mapping, per-pixel lighting, and greater model polycounts, Quake is scarier than ever before. Tenebrae is now being developed into a standalone engine (T2) and a game entitled Industri. -
Other deserving games:
Cube: A remarkably compact and elegant first person shooter. Besides surprisingly good graphics, Cube features full networking and a server browser. It also sports some rudimentary single player support.
Parsec: A deathmatch space combat game reminiscient of a streamlined Freespace. It packs beautiful visuals and excellent sound effects (including full voiceover and original music). The gameplay isn't bad either and comes complete with LAN support.
Tenebrae: Based on the Quake 1 sorce code, this is a remarkable graphical modification. Now supporting bump-mapping, per-pixel lighting, and greater model polycounts, Quake is scarier than ever before. Tenebrae is now being developed into a standalone engine (T2) and a game entitled Industri. -
Re:The interesting part about PNG...
So, wavelet formats have materialzed, but where are the open-source implementations? I want the Ogg equivalent for picture formats!
Here you go. -
Re:To the Owners/Managers of Any Company
I agree. I'd rather pay an OSS for software that I run my business with than just download some Sourceforge project. I used to be a programmer, I understand OSS, yet there is still much more security in using a product with which I have an actual contract with a company that I know is going to stay around for at least a while. Hell, I'd even be willing to pay something close to what I pay now for business software (I pay $800/station for POS software, as one example).
For example, I think that the most used OSS financial package is GNUCash (which is still woefully inadequate for business use). They made GNUPOS to tie in with it (which is a requirement for me.... POS tied into financials). If I wanted OSS, but something more mainstream, I would've used GNUPOS. However, it's now a dead project. If I had used GNUPOS a few years ago, I'd be sunk now. Absolutely fucked. I'd have to go buy a new package, install it, learn it, and transfer over 4800 inventory items along with details to this new package. THIS is why I want to pay for software, whether it is OSS or closed source. -
Re:Which problems do you want?
"No voting is foolproof. Take your pick of problems"
That's because nobody (including the current crop of DRE vendors) has ever done a comprehensive, scientific study of the voting process. The Open Voting Consortium will conduct just such a study and base the design of its voting system on those results. Remember, the EVM2003 software is just a proof-of-concept for demonstration purposes.
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Re:insight needed
Postfix + Amavis is a wicked combo for content filtering. For virtual domain admin, check out Jamm. If you want great POP/IMAP mailbox support for your virtual domains, add Courier IMAP to your setup.
Some of the features you might like in Postfix over Qmail include SMTP AUTH, TLS/SSL support, nice content-filtering support, great spam blocking features (HELO checking, RHSbl support, DNSbl support, sender address checking, many others), and extensive database and LDAP support. The virtual domain support is full-featured, although very different to Qmail's in terms of implementation, and with something like Jamm your users can have full control of their domains and/or mailboxes via a web interface.
And yes, I know there are patches for Qmail to do most or all of the above. It's just easier to do with Postfix IMO. -
Re:Defy Mediocrety
The OVC's EVM23003 architecture is based on the idea that the paper ballot is the legally binding vote. The hardware/software exist only to ease the voting process, counting, and to secure privacy for the blind & minority language speakers. The OVC FAQ has more info.
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Re:What is needed..
OpenVPN will tunnel over an HTTP proxy too.. so not just SSH, anything you want to run over a VPN connection
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The joy of eBooksI am a recent convert to the joy of eBooks. I just bought the low end palm (Zire 21 for $99) to help organize my life. A few days ago I downloaded the Weasel Reader and got some Mark Twain short storied off of the Gutenberg Project.
What I've found is that it's no substitute for sitting down with a real book, but it's great when waiting around at the post office, eating lunch, or any time I have some time I'd like to read but may not have planned for and brought a book.
The article and Sony seemed to be concerned with content, with the focus on this product that you can get a cheaper eBook than a real book. That, to me, is not a compelling reason to buy the thing. The collection at the Gutenberg Project would make it compelling for me, and I'm surprised that the eBook world has not embraced that in their marketing. Perhaps it's because consumer technology traditionally enables the sale of "content" (records, DVD's, etc.), and pointing to free content might be a no-no to publishers of current works. But if they wanted to sell the hardware, it would be a pretty gutsy move to advertise "thousands of free classic titles".
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Re:Encrypt everything
MUTE
Looks promising but not ready for primetime yet. -
Re:'finger print'
Or just use a program like Nullsoft's Waste. Encrypted file sharing, gotta love it.
Now all we need is Piolet to encrypt communications and we're golden. -
Re:3 things
i use Quanta striaght through. My hat really has to go off to the development team, im yet to find a situation where its best to use a wysiwyg thingy, most of the time its what you dont see that really worries me...
last time i used dreamweaver i spent more time arguing with the interface than actually being productive, similar to my brief experience with windows xp and its associated programs...
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Re:humptf, jobs is getting wrong again :P
Yes, I would say you are probably quite wrong about these "Hardcore APIs". How else would people be able to make Media Player Classic, a Matroska demuxer, an OGM demuxer and Ogg vorbis decoder, and a port of FFMpeg to allow the playing of DiVX 3/4/5 and XViD video? It seems to me that if Open Source projects can make DirectShow demuxers and decoders, then the APIs are not so "hardcore" and secretive. Real simply don't want their codecs to blend in with the other codecs. They want to "brand the experience" of playing a Real stream/file with their player.
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Re:humptf, jobs is getting wrong again :P
Yes, I would say you are probably quite wrong about these "Hardcore APIs". How else would people be able to make Media Player Classic, a Matroska demuxer, an OGM demuxer and Ogg vorbis decoder, and a port of FFMpeg to allow the playing of DiVX 3/4/5 and XViD video? It seems to me that if Open Source projects can make DirectShow demuxers and decoders, then the APIs are not so "hardcore" and secretive. Real simply don't want their codecs to blend in with the other codecs. They want to "brand the experience" of playing a Real stream/file with their player.
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Re:humptf, jobs is getting wrong again :P
Yes, I would say you are probably quite wrong about these "Hardcore APIs". How else would people be able to make Media Player Classic, a Matroska demuxer, an OGM demuxer and Ogg vorbis decoder, and a port of FFMpeg to allow the playing of DiVX 3/4/5 and XViD video? It seems to me that if Open Source projects can make DirectShow demuxers and decoders, then the APIs are not so "hardcore" and secretive. Real simply don't want their codecs to blend in with the other codecs. They want to "brand the experience" of playing a Real stream/file with their player.
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Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
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Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
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Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
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oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
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newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
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Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
-
Koolio Cognitive ArchitectureWhat Koolio needs is a Cognitive Architecture for robotic artificial intelligence, descending into the following mind-modules after the Main Alife Mind Loop. Sunce a New, Improved Koolio could wander the Web and do all kinds of cyborgesque things for the students, faculty, trustees and alumni of the University of Florida. Any university, not just Florida, with such a kewl AI Koolio would become a Mecca for engineering and home economics students. The entire student body of Texas Agricultural and Mining might transfer en masse to the Unoversity of Florida, thus raising the collective IQ of both institutions.
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)
- Audition (for an AI robot to have a sense of hearing)
-
Listen (necessary for event-driven hearing and for detecting verbal input)
--- audSTM (auditory Short Term Memory with associative tags for pattern recognition)
--- --- audRecog (auditory pattern Recognition of heard sounds and phonemes)
-
oldConcept (for the recognition of words already known to the AI)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate (to create an instance or concept-node on a concept-fiber)
--- Activate (to reactivate the concepts of words already known by an AI)
--- --- spreadAct (spreading Activation by association from concept to concept)
-
newConcept (contributes to machine learning of new words and new concepts)
--- enVocab (English Vocabulary, and potentially any known human language)
--- Parser (for the identification of parts of speech in word-recognition)
--- --- Instantiate for creating new concept-nodes or instances of any learned concept
-
Sensorium (audition, taste, smell, etc., including exotic robot senses)